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University of Tennessee Building Information Model Project Execution Plan and Standards Guide

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University of Tennessee Building Information Model Project Execution Plan and Standards Guide University of Tennessee Building Information Model Project Execution Plan and Standards Guide Version 1 August 2020 Table of Contents 1. INTRODUCTION .................................................................................................................... 4 1.1. MISSION OF THE UNIVERSITY BIM STANDARDS ...................................................................... 4 1.2. PURPOSE AND APPLICATION OF UNIVERSITY BIM STANARDS ............................................. 4 1.3. PROJECT BIM GOALS AND OBJECTIVES ...................................................................................... 5 2. OBLIGATIONS TO USE BIM AND GENERAL PRINCIPALS ................................................ 6 2.1. OWNERSHIP AND RIGHTS OF DATA ............................................................................................ 6 2.2. LEVEL OF DEVELOPMENT .............................................................................................................. 6 3. BIM REQUIREMENTS FOR THE UNIVERSITY ................................................................... 8 3.1. UNIVERSITY OF TENNESSEE BIM MANAGER ............................................................................. 8 4. BIM FILES TYPES ................................................................................................................... 9 4.1. ARCHITECTURE MODELS ............................................................................................................... 9 4.2. STRUCTURAL MODELS.................................................................................................................... 9 4.3. MECHANICAL, ELECTRICAL AND PLUMBING MODELS ......................................................... 10 5. BIM REQUIREMENTS FOR DESIGNERS ............................................................................ 11 5.1. BIM STANDARDS FOR DESIGNERS .............................................................................................. 11 5.2. BIM USES ........................................................................................................................................... 11 5.3. BIM SOFTWARE ............................................................................................................................... 11 5.4. GENERATE SPACE INVENTORY .................................................................................................... 11 5.5. GENERATE EQUIPMENT INVENTORIES .................................................................................... 12 5.6. BIM DELIVERABLES BY PHASE ................................................................................................... 12 5.7. QUALITY CONTROL ........................................................................................................................ 13 5.8. CLASH DETECTION ........................................................................................................................ 13 5.9. GEOREFERENCING ........................................................................................................................ 14 5.10. EXISTING CONDITIONS ................................................................................................................ 14 5.11. STAFFING ......................................................................................................................................... 14 5.12. BIM EXECUTION PLAN .................................................................................................................. 15 6. BIM REQUIREMENTS FOR CONSTRUCTION .................................................................... 16 6.1. BIM STANDARDS FOR CONSTRUCTION ..................................................................................... 16 6.2. OPEN STANDARDS AND COLLABORATION ............................................................................... 16 6.3. BIM USES .......................................................................................................................................... 16 6.4. BIM SOFTWARE .............................................................................................................................. 16 6.5. BIM DELIVERABLES ....................................................................................................................... 17 6.6. QUALITY CONTROL ........................................................................................................................ 18 6.7. CLASH DETECTION ........................................................................................................................ 18 UTK BIM Project Execution Plan and Standards Guides v 1 2 6.8. GEOREFERENCING ........................................................................................................................ 18 6.9. STAFFING ......................................................................................................................................... 18 6.10. BIM EXECUTION PLAN .................................................................................................................. 19 APPENDIX A. BIM EXECUTION PLAN ...................................................................................... 20 APPENDIX B. SPACE MANAGEMENT INFORMATION ........................................................... 26 APPENDIX. C. BIM EQUIPMENT OBJECTS .............................................................................. 27 APPENDIX. D. ROOM CATEGORIES, USE AND AREA TYPE .................................................... 31 APPENDIX E. EQUIPMENT CATEGORIES AND STANDARDS ................................................ 36 3 UTK BIM Project Execution Plan and Standards Guides v 1 1. INTRODUCTION 1.1. MISSION OF THE UNIVERSITY BIM STANDARDS The mission of the University of Tennessee Knoxville (University) Building Information Modeling (BIM) standards is to utilize BIM technology for the purposes of Capital Project Planning, Facilities Management and Campus Administration and Services-related throughout the University of Tennessee. 1.2. PURPOSE AND APPLICATION OF UNIVERSITY BIM STANARDS The University of Tennessee’s Building Information Modeling (BIM) Project Execution Plan and Standards Guides is a reference manual for Design and Construction project team members to understand what relevant 3D geometry and attribute information should be delivered on BIM-enabled University projects. This document defines uses for BIM on the project (for example, design authoring, cost estimating, and design and construction coordination), along with a detailed design of the process for executing BIM throughout the project lifecycle. The University has adopted BIM as a tool for project documentation and development, as- built record documentation, and facility management. These guidelines are intended to act as standards for BIM development from schematic design to project closeout. These guidelines will assist with the establishment of protocols for the development, use, transmission, and exchange of digital data, defining expectations of Level of Development for Model Elements at various milestones of the project. These standards encompass the development of the following key BIM Project Deliverables: BIM DELIVERABLE PROJECT PHASE BIM Execution Plans Updated at the end of each phase Design BIMs End of Construction Documents Phase Record BIMs (Design BIMs and Construction BIMs) Project Closeout Construction Drawings Per Designer Manual’s Requirements The University has made every attempt to provide these standards as complete as possible. However, if there are items not covered in this guide, please contact the University’s Facilities Services Project Manager for guidance. For projects designated by the University to use BIM, these BIM Standards apply to designers and their consultants, and/or to contractors and their subcontractors. BIM will include all geometry, physical characteristics, and product data needed to describe the design and construction work of a project as outlined in this document. After project- closeout, the University intends to make final BIM deliverables available for integration into a facility lifecycle management solution linking the models to ARCHIBUS, our current Computerized UTK BIM Project Execution Plan and Standards Guides v 1 4 Maintenance Management System. In order to meet that objective, it is important that the guidelines presented in this document are followed. These standards are an amendment to the requirements outlined by the State of Tennessee Office of the Architect (OSA) latest BIM Standards (https://www.tn.gov/osa/capital---real- estate/capital-projects/bim-standards.html) and identify specific BIM needs to fit University’s goals. Project Teams should follow OSA’s latest standards for complete information on requirements, or clarification of definitions and responsibilities. Requirements listed in this document supersede OSA's requirements where the two differ. 1.3. PROJECT BIM GOALS AND OBJECTIVES The University’s major BIM goals and objectives for each project are listed below. RESPOSIBLE GOAL DESCRIPTION PROJECT PHASE PARTY Provide the University a model including Construction CM/GC ARCH, MEP and Structure for Construction Provide the University a Conformed Design Model Design AE including for future planning purposes Coordinate all disciplines through the Construction CM/GC design/construction process to reduce RFIs Improve commissioning process by adding Lifecycle University equipment information into BIM process Automated
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